Autoround Front Wheel Bearing and Hub Assembly HA590482 513369 for Jeep Wrangler 2011-2018 | 5-Lug with ABS

Overview

Upgrade your Jeep Wrangler with the Autoround Front Wheel Bearing and Hub Assembly HA590482 513369. Engineered for durability and confident driving, this hub is designed to complement the Wrangler’s 5-lug setup and ABS system, delivering a balanced combination of stability, smooth operation, and long-term performance.

Key fit and features

• Compatibility: 2011–2017 Jeep Wrangler and 2018 Wrangler JK 4WD with 5 lugs
• ABS system integration for consistent braking feedback
• Flange Diameter: 6.36 in ensures proper seating and alignment
• Hub Pilot Diameter: 3.94 in for a precise center fit
• Bolt Circle Diameter: 5 in for reliable mounting
• Replaces parts: HA590482 and 513369, offering a straightforward upgrade path

Why choose Autoround

Autoround designs wheel hubs with a focus on reliable operation under everyday driving and occasional off-road conditions. The hub assembly is subjected to quality testing to meet or exceed OEM expectations, helping you maintain smooth rotation, steady steering, and consistent braking response. While results can vary with usage, this component aims to support the vehicle’s original performance profile and reduce typical wear-related concerns over time.

What you receive and installation considerations

The hub assembly is built to install with efficiency and precision, supporting a clean, quick replacement process. For best results, ensure the vehicle is properly supported and the mounting surfaces are clean before installation. If you are unsure about torque specifications or sensor alignment, consult a professional installer.

Product highlights and use cases

• Designed to align with the Wrangler’s factory geometry for consistent wheel rotation
• Suitable for daily commuting, weekend trips, and light off-road use where wheel integrity matters
• ABS compatibility helps maintain braking feel across varying road conditions

Note: This description summarizes notable features from the data provided and presents potential benefits based on design goals. Real-world results depend on vehicle condition, maintenance, and driving conditions.